This makes the test faster and more robust in very a busy WiFi environment
(our CI) and still exercises the scenario of fragmenting the message on
both mqtt and ssl levels (binary size to send > mqtt buffer size)
add multi register area descriptors into concrete port (initial)
add create/destroy of area descriptors into concrete port
add the list of descriptors in common slave interface structure and init/destroy in concrete slave port
move r/w callback functions into common slave
final update of common slave interface wrappers add override API option in concrete port
update slave examples to check new feature
1. Support for FTM to work without any connection
1. Support for ESP32-C3 chip
3. Fix error case handling if FTM fails
4. Fix asynchronization, re-transmission related issues
1. Use bt_app_gap_init function
2. Add Security Simple Pair doc
3. Update README
Update SPP demo
1. Add input module for bt_spp_initiator demo to show the security simple pair features
2. Update README of bt_spp_acceptor and bt_spp_initiator demo.
Format comment in esp_a2dp_api.h
Format comment in esp_avrc_api.h
Format comment in esp_spp_api.h
Fix bt_discovery build err
Update HFP API guide error
Remove BTA_AV_DEBUG
Remove Trailing Whitespace & End of Files
Update wifi lib with below additions -
1. Add FTM frame formation, IEEE definitions, event and IOCTL.
2. Implementation of FTM bursts, Measurements and RTT calculations
3. Fix Watchdog timeout, crashes with better cleanup of timers
4. Included FTM Report raw data in FTM event
Closes https://github.com/espressif/esp-idf/issues/5059
Add FTM support for below configuration -
1. Station(connected) as Initiator with AP as responder
2. SoftAP as responder with the connected Station
Added Station example with runtime FTM configurations.
1. Add Example for DPP Enrollee
2. Use DPP Supplicant API's to setup connection
3. Add support for multiple channels in Bootstrapping
4. Add Unity testcase for testing Offchannel operations
Closes https://github.com/espressif/esp-idf/issues/5654
The ``adc_digi_config_t`` struct is modified on esp32c3: configuration
of clock divider factors are not provided anymore. The SARADC sampling
frequency is provided instead. In this way, we can handle the frequency
limit better.
The way the adc_dma_demo data was formatted caused it go get parsed as markdown syntax.
Changed it be more "human" readable as well as put all ADC examples in a common folder
Client could choose if they want to receive control packets and handle
them.
* If disabled (default) the transport itself tries to handle PING
and CLOSE frames automatically during read operation. If handled
correctly, read outputs 0 indicating no (actual app) data received.
* if enabled, all control frames are passed to the application to be
processed there.
Closes https://github.com/espressif/esp-idf/issues/6307
